Sprays Used to Get Reference Points
3D laser scanning services are 3D digital scans that convert 3-dimensional objects into 2D images or 3D models. 3D scanning is becoming very popular for its accuracy and detail and the ability to instantly share models and obtain measurements. In addition, a new technology – reference points – has been developed that will help scanners more accurately capture the details of models.
The process begins with the application of reference points to an object followed by a special 3D scanning spray – which helps scanners more accurately capture complex parts. Next, the 3D scanner uses these points to know where it is located and takes accurate measurements. These measurements are then used to create a 3D model.
Why use a 3D scanning spray or reference points?
3D scanning sprays are used to help 3D scanners capture highly detailed parts more accurately. Reference points can be used on any 3D object but are especially helpful for scanning objects with intricate details. The reference points are tiny dots that are applied with an adhesive. The spray is a light mist that is applied evenly over the surface of the object. It dries quickly and leaves no residue behind.
Sometimes 3D scanners struggle to capture the contours and shapes of glossy surfaces accurately. This is because they rely on accurately reflected laser lights to detect distances. As a result, glossy surfaces that have not been treated with a spray or marked with reference points will be measured less accurately than desired.
The benefits of 3D laser scanning services
One of the benefits of 3D scanning services is that it eliminates the need to measure objects by hand or with a ruler, which can lead to inaccuracies. Laser scanning also gives you instant measurements and provide all angles in relation to each other.
3D scanning is up to 100 times faster than traditional measurement methods, which means it takes less time and costs less money for companies that rely on product development or manufacturing. 3D models can also be shared instantly over the internet.
Conclusion
The 3D scanning process is growing rapidly in popularity due to its ability to measure complex objects with accuracy and detail and its affordability for most companies. 3D scanning services are very detailed, but sometimes they rely on reference points or sprays for accurate measurements of highly intricate parts. This new technology will help scanners obtain accurate measurements quickly to reduce cost and ensure the quality of key parts remains high.
